CPS develops patented compression and decompression technology for cellulose insulation. The technology is designed to make cellulose insulation easier to move, store and install, without changing the material itself.
CPS has developed protected technology for high-density compression and controlled decompression of cellulose insulation. The company works with one of the key practical limitations in cellulose insulation: volume.
Cellulose insulation is proven, effective and based on renewable raw material. But conventional packaging takes up significant transport and storage space. This affects producers, distributors and installers. CPS addresses this by increasing packaging density and supporting downstream handling through decompression.
This means that trucks, warehouses, pallets, vans and jobsites can be filled with too much air and too little material. For producers, this can increase freight cost and reduce delivery efficiency. For installers, it can mean more bags to move, store and handle on site.
CPS technology is developed to address this logistics bottleneck.
The compression side is designed to increase the amount of material that can be packed and transported.
The decompression side is designed to prepare the material for efficient downstream use.
Conventional cellulose bales are volume-intensive. CPS high-density bales are designed to carry more cellulose insulation in less space.
This can support better truck utilisation, reduced storage volume, fewer transported units and improved handling efficiency. The value is not only at the factory. It continues through storage, distribution and installation.
CPS technology is designed to help cellulose insulation producers improve logistics efficiency. It complements cellulose insulation by improving how it is packaged, transported and handled.
More material per truck
Lower freight intensity
Reduced warehouse pressure
Improved pallet and storage efficiency
Stronger delivered-cost position
Better scalability for cellulose insulation
High-density packaging only creates value if the material can be efficiently prepared for installation. CPS therefore addresses both sides of the chain.
Fewer bags to move
Less manual handling
Improved jobsite flow
Reduced storage volume
Better installation economics
Reduced bag use, indicated by field data
The patents cover core aspects of high-density compression and decompression for cellulose insulation.
